Product Description
Translucent Type Quartz Crucibles (Fused Silica)
- Translucenttype and thickness is 3mm.
- Quartz crucibles (Fused Silica) Transparent
- Top OD : 136 ± 5 mm,
- Bottom OD : 130 ± 5 mm,
- Height : 205 ± 3 mm,
- Wall thickness : 3mm
Exceptional Purity and PerformanceManufactured from high purity fused silica, these quartz crucibles ensure superior chemical stability and precision in demanding laboratory and industrial applications. Their robust structure and resistance to acids (excluding hydrofluoric acid) provide reliability during repeated heating and cooling cycles, supporting both routine and specialized research.
Customizable Design for VersatilityThe crucibles come in a variety of sizes and shapes to meet specific requirements, with inner diameters from 10 mm to 200 mm and wall thicknesses between 1 mm and 5 mm. They can be free standing or mounted, making them suitable for a broad array of experimental set-ups and production processes.
Reliable Protection and PackagingEvery crucible is carefully packed using shock-proof, foam-based materials or customized packaging as needed, preventing damage during transport and ensuring safe delivery to users in laboratories and industries worldwide.
FAQs of Translucent Type Quartz Crucibles (Fused Silica):
Q: How are translucent type quartz crucibles typically used in laboratory and industrial settings?
A: These crucibles are primarily used for high-temperature melting, chemical analysis, and material research in fields such as semiconductors, glass, and ceramics. Their ability to withstand temperatures up to 1200C and repeated thermal cycling makes them suitable for processes requiring precise and contamination-free environments.
Q: What benefits does the high purity fused silica (>99.99% SiO2) provide for these crucibles?
A: High purity fused silica ensures excellent chemical resistance, minimizes contamination, and delivers reliable results in sensitive applications. The purity also enables the crucibles to maintain structural integrity under extreme temperatures and harsh chemical environments.
Q: When should I choose a translucent (milky white) quartz crucible over a transparent one?
A: Translucent quartz crucibles are preferred when high thermal stability, low thermal expansion, and visual monitoring of material changes are vital. Their structure offers better resistance to thermal stress compared to transparent crucibles, making them ideal for intense heating and cooling cycles.
Q: What is the maximum temperature these crucibles can safely handle during use?
A: These crucibles can be used continuously at temperatures up to 1100C and are capable of withstanding short-term exposure to a maximum of 1200C. Their softening point is 1683C, providing a wide operating range for various thermal processes.
Q: How do I select the appropriate crucible size and capacity for my application?
A: The right crucible size depends on your specimen dimensions and processing volume. With customizable inner diameters (10 mm 200 mm), heights (10 mm 250 mm), and capacities (10 ml to 1000 ml), you can choose or request a crucible tailored to your experimental or production needs.
Q: Where are these fused silica crucibles commonly supplied from and to which sectors?
A: These crucibles are manufactured, exported, and supplied from India to research laboratories, industrial processing facilities, semiconductor plants, and universities worldwide. They are used by exporters, importers, manufacturers, suppliers, and traders.
Q: What process ensures safe transport and delivery of quartz crucibles?
A: Each crucible is packed in shock-proof, foam-lined packaging or as otherwise specified by the customer. This packaging absorbs impacts and vibrations during transit, ensuring that the crucibles arrive safely and ready for immediate use.